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Powers J. — An introduction to fiber optic systems
Powers J. — An introduction to fiber optic systems



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Название: An introduction to fiber optic systems

Автор: Powers J.

Аннотация:

AN INTRODUCTION TO FIBER OPTICS SYSTEMS, 2/e, is suitable for students and professionals. The theme and key competitive advantage offered by the book is its pragmatic approach to the study of fiber optics in communications. The text integrates diverse elements of fiber optics and provides a clear picture of how they are used in fiber optics communication. By introducing the terminology used in fiber optics, and describing the building blocks of an optical fiber system, Powers' text permits students to process the initial design of optical links, and to understand the tradeoffs made in designing and using a fiber optics communication line.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: second edition

Год издания: 1997

Количество страниц: 340

Добавлена в каталог: 20.10.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Filter, Fabry — Perot      310
Filter, Fabry — Perot interferometer      322
Filter, interference      309
Filter, multilayer      322
Filter, semiconductor amplifier      310
Filter, sliding      245
Filter, tunable, integrated-optic      322
Filtering devices      see “Filter”
Finesse      310
Fixed-location mapping      287
Flattening dispersion      53 54
Floating VT payload      292
Four-photon mixing      40 73 313
Four-wave mixing      see “Four-photon mixing”
Fraction, coupling      102
Fractional change (index of refraction)      13
Frame      267
Frame Check Sequence (FCS) field      268
Frame data      268
Frame Status (FS) field      268
Frame stripping      270
Free spectral range      310
Frequency, chirp      70 133 143 312
Frequency, intermediate      310
Fresnel reflection loss      92 154
Front-end      189
Front-end, high-impedance      189
Front-end, integrating      189
Front-end, low-impedance      189
Front-end, transimpedance      191
Fused coupler      104
Fusion splicing technique      93
Gain coefficient, Brillouin      69
Gain saturation      225
Gain-guiding      127
Glasses, chalcogenide      37
Glasses, halide      37
Glasses, heavy-metal      37
Gordon — Haus limit      244
Graded-index fiber      25
Graded-index lens      155
Gradient      26
Grating      106
Grating, apodized      106
Grating, chirped      106
Grating, quarter-wavelength      135
Grating, reflectors      108
Grind-and-polish technique      93
Group code      267
Group delay      55
Halide alkali      37
Halide glasses      37
Heavy-metal oxide glasses      37
Heterojunctions      113
Hierarchy, synchronous digital (SDH)      281
High-impedance front-end      189
High-speed signal conditioner      286
History of fibers      7
hole      113
Hole ionization rate      170
Homojunctions      113
Hopping mode      156
Hydrogen loading      106
Impact ionization      170
Impurities material      36
Incidence, angle      11
Incremental efficiency      130
Index matching epoxy      92
Index matching gel      92
Index of refraction      11
Index profile, optimum      59
Indirect transition      114
Information field      268
Insertion loss      102
Insertion loss method      42
Integrals, Personick      194
Integrated-optic tunable filters      322
Integrating front-end      189
Interface inhomogeneities      40
Interference filter      309
Interference, electromagnetic      4
Interference, intersymbol      188
Intermediate frequency      310
Internal damage formation      140
Internal quantum efficiency      114
Intersymbol interference      188
Intrinsic material      165
Inverse rms width      23
Inverted-rib laser      128
Ionization impact      170
Ionization rate      173
Ionization rate electrons      170
Ionization rate holes      170
Isochronous channel      277
Isochronous traffic      277
Isolators, optical      92 156
Jacket      13 75
Jitter      202 279
Jitter edge      202
Jitter time soliton arrivals      246
Jitter timing      202
Joint loss      86
Junction, semiconductor      114
Lambertian source      149
LAN, local area networks      256
Laser      311
Laser, buried heterostructure      127
Laser, buried-channel substrate      127
Laser, DBR      135 143 303
Laser, DFB      143 303
Laser, distributed-feedback (DFB)      134 310 312
Laser, distributed-feedback reflector (DFR)      310
Laser, double-channel planar buried-heterostructure      127
Laser, Fabry — Perot      312
Laser, inverted-rib      128
Laser, quantum-well      136
Laser, ridge-guide      128
Laser, semiconductor      113
Laser, single-frequency      133
Laser, single-lateral-mode      132
latency      274
Lateral displacement      88
Lateral mode      131
Lattice spacing      114
Launch conditions      100
Leaky mode      20
LED      113 311
LED, super luminescent      156
LED, surface-emitting      119
Length coherence      145
Length collision soliton      246
Length dispersion      239
Length, critical      71
Length, effective      65
Lens, graded-index (GRIN)      155
Lens-coupled fiber      154
Level detection      182
Levels quantization      4
Lifetime      124
light emitting diodes      113
Light generation semiconductors      113
Limit, Gordon — Haus      244
Limit, quantum      169
line overhead      284
Linear bus network      257
Linear data bus      260
Linear scattering      37 66
Linearity      123 130
Lines, dark      140
links, bidirectional      303
Loading-hydrogen      106
local area networks (LANs)      256
Locked VT payload      293
Long-wavelength cutoff      163
Long-wavelength source      7 113
Longitudinal displacement      90
Longitudinal mode      131
Loose-buffered cable      74
Loose-tube splice      94
Loss cabling      40
Loss connector measurement      100
Loss excess      105 308
Loss fiber      33
Loss hydrogen-induced      36
Loss insertion      102
Loss joining      85
Loss joint      86
Loss joint, angular misalignment      91
Loss joint, fiber radius mismatch      86
Loss joint, index profile mismatch      87
Loss joint, lateral misalignment      88
Loss joint, longitudinal displacement      90
Loss joint, misalignment effects      88
Loss joint, multimode fibers      86
Loss joint, numerical aperture mismatch      86
Loss joint, other factors      88
Loss joint, single-mode fiber      91
Loss macrobends      40
Loss measurement, cut-back method      43
Loss measurement, insertion-loss method      42
Loss measurement, OTDR      43
Loss microbends      40
Loss Presnel reflection      154
Loss reflection      92 154
Loss return      92
Loss scattering      37
Loss splice, mode effects      101
Loss splitting      105
Loss spooling      40
Low-impedance front-end      189
Macrobends      40
MAN, metropolitan area network      256
Management dispersion      236 314
Manchester code      210
Mandrel      101
Mapping, fixed-location      287
Mapping, payload      293
Margin system      212
Mask, phase      106
Material absorption      36
Material dispersion      45 53 61
Material impurities      36
Maximum access time delay      275
Mean-square pulse width      61
Measurement, attenuation      42
Measurement, connector loss      100
Members strength      74
Mesa structure      120
Metropolitan area networks (MANs)      256
MFD      see “Mode field diameter”
Microbends      40
Microlenses      154
Mie scattering      37
Minimum attenuation      37
Minority carriers      114
Mixing, four-photon      40 73 313
Mixing, four-wave      see “Mixing four-photon”
Modal dispersion      55 62
Modal noise      145
Modal pulse delay distortion      55
Mode convertors      236
Mode distribution      101
Mode effects, splice loss      101
Mode equilibrium simulator      101
Mode field diameter      22
Mode field diameter, far-field      23
Mode field diameter, near-field      23
Mode field diameter, Petermann II      23
Mode mixers      43
Mode number in GI fiber      27
Mode partition noise      132
Mode resonator      131
Mode scrambler      43
Mode, cladding      20
Mode, fiber      14
Mode, hopping      156
Mode, lateral      131
Mode, longitudinal      131
Mode, stripping      20
Mode-mixing rod coupler      104
Modes, number of      86
Modulation, bandwidth      143
Modulation, cross-phase      73 246
Modules, fiber optic      224
Monitor      103
Monomode      20
Monomode fiber      see “Single-mode fiber”
Multilayer filter      322
multimode fiber      16
Multiple-quantum-well (MQW) lasers      136
Multiplexer      103 286 303 308
Multiplexing      102
Multiplexing function      286
Multiplexing, wavelength-division (WDM)      303
Multiplication factor      171
Near-field, mode field diameter      23
NEP      see “Power noise-equivalent”
Network, broadband      315
Network, broadcast-and-select      315
Network, chain      315
Network, linear bus      257
network, local area (LAN)      256
Network, metropolitan area (MAN)      256
Network, ring      257 318
Network, star      257 259 315
Network, switched      320
Network, synchronous      281
network, wide area (WAN)      256
Node, Class A      270
Node, Class B      271
Noise amplifier      225
Noise excess      173
Noise factor      192
Noise figure      192
Noise source      144
Noise, ASE      225
Noise, carrier-induced phase      313
Noise, modal      145
Noise, mode partition      132
Noise, partition      144
Noise, relative-intensity      144
Noise, shot      172
Noise, thermal      174
Noise, white      172
Noise-equivalent power      181
Non-Lambertian source      153
Nonlinear effects      312
Nonlinear scattering      37 66
Nonlinear Schrodinger equation      240
Nonradiative transition      114
Nonreturn-to-zero (NRZ) code      210
Normal dispersion      109 239
Normalized propagation constant      50
NRZ      210
Numerical aperture      19
Nyquist criterion      4
Ohmic contact degradation      139
Operating efficiency      123
Optical amplifier      224
Optical isolators      92 156
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